Complete Guide to Agricultural Windbreak Netting 2022

Agricultural Windbreak Netting Overview

The agricultural windbreak netting is one of the most important parts of sustainable farming practice. It helps reduce the impact of wind, moisture, and pests on your crops. It also helps retain soil moisture and helps keep the ground cooler. Windbreaks are playing an essential role in agricultural production, as well as horticulture, gardening, and other agricultural endeavors.

In this complete guidepost, we will we’ll provide an all-encompassing rundown of agricultural windbreak netting, including an explanation of why windbreak is important, its applications of agricultural windbreaks, types, installation ideas, and maintenance suggestions if you’re new to windbreaking. Once you’re done reading, you can take action and choose the best option for you and your farm.

What is Windbreak Netting?

Windbreak netting is fine-mesh, tough, and tear-resistant with heavy-duty fabricated from UV stabilizer high-density polyethene filament form. A windbreak net protects the growth of animals, flowers, plants, and other plantings from strong gusts.

Windbreaks also prevent natural forces from eroding the protected property area soil, lowering the risk of damage, icing, and wild seed distribution. The netting prevents wind breakdown in container farms and blowing away or damaging plastic tunnels in severe bad weather.

Agricultural windbreak netting has a unique protective mechanism for fruit trees, flowers, plants, and other plantations from rapid forces of high winds. It protects from dust, heavy rain, hail, and winter snow, as well. It can reduce Wind reduction up to 95%.

Flexible Windbreak netting is always important to farmer and personnel who has been connected with the agriculture textile industry. Over and Over again Displaying its versatility in farming, horticulture, gardening, and agriculture. Sometimes these windbreak nets also function like solid shade netting. UV, rot, and chemical resistant. Windbreaks materials have a Life expectancy of 7-10 years.

Why You Should Use Windbreak Netting?

The primary benefit of using agricultural windbreak netting is that it can act as a physical barrier to protect your crops from the wind. This is especially important for farmers who grow crops that are vulnerable to wind damage.

Windbreaks also help to reduce the impact of rain and sunlight on your crops. Protecting your crops with agricultural netting can make them less susceptible to these weather conditions. This is especially important for farmers who grow crops that are sensitive to too much water or sun.

Application Of Windbreak Netting

Wind can destroy gardens, fields, farms, and crops in winter, autumn, and spring, mostly in flat and vast land areas. Heavy-duty net, tear-resistant quality, fine-mesh windbreak nets made from knitted UV stabilized high-density polyethylene monofilament. Windbreak nets protect your plants, flowers, and shrubs against the wind force.

Application of agricultural Windbreak Netting
Application of agricultural Windbreak Netting

Versatile Applications of agricultural netting areas:

  1. Windbreak cladding mesh is used in the gardens, crops, growing plants, seedlings, container-grown nursery stock, field crops, house farmed animals’ farm, birds, and glasshouse for wind breaking.
  2. Use to reduce 5-7% heat loss in greenhouses, which allows you significantly save on fuel costs.
  3. Protecting your properties from the sun, rain, wind, and even heavy hail damage.
  4. Maintenance-free protection against driving rain and drifting snow. Reduce the chance of frost and sun damage.
  5. Prevent the spread effectiveness of wild seeds.
  6. The plastic windbreak has UV stabilized quality. It will withstand heavy wind, and abrasion, and provide tear-resistant protection.
  7. Offers excellent protection for gardens from destructive winds; Suitable for open areas, and glasshouse shading.
  8. Temporary and permanent fencing can Prevent Soil desiccation.
  9. Windbreak mesh can be used for dust control protection as additional benefits.
  10. Reduce and maintain the wind speed in the sports court to keep normal training and matching.

3 Types of Windbreak Netting

Different types of windbreak netting and their variant are available on market. Windbreaks are produced from a collection of different components. Most of the time, these components are not used separately. They all work together as a single unit. Some of the components of windbreak netting are netting, stakes, guy ropes, and clips. Basically, It relies on the size of the mesh weaving of each netting material. The size of the weaving determines the size of the holes present on the net. The holes define the amount of air that can actually circulate through the net.

a. Plastic Windbreak Netting

On the basis of size, there are 3 kinds of plastic windbreak netting. These are:

TypeDimensionsGSM (gm/m2)wind reduction
Flexible windbreak netting1 – 6m X 100m105 GSM50-55%
Knitted windbreak netting1.5 – 4m X 100m130 GSM35-75%
Extruded windbreak netting2 – 4m X 100m190 GSM50-80%
Types of Plastic Windbreak netting

There are lots of variations, that have clearly indicated how weaving materials, quality, and size impact the holes and effects wind circulation and reduction. Such as:

b. Metal Windbreak Netting

The metal is used to protect and withstand high wind, hail, snow, and sun as well. Besides, it can reduce dust pollution by 70%-90%. Due to having high tensile strength, it is being used in industrial areas such as coal mines, and power plants, where it needs high rigidity, durability, flexibility, strength, and stability.

Generally, it can be classified into 4 types. These are:

  1. Single peak windbreak panel.
  2. Twins peaks windbreak panel.
  3. Three peaks windbreak panel.
  4. Five peaks windbreak panel.

Metal windbreak netting could find in multi-colors. Like: green, yellow and blue. The length varies from 0.5-to 0.8m. The diameter could be 6 -10 mm.

Metal windbreak Netting or walls are manufactured from the material of cold roll steel plates, stainless steel plates, galvanized steel plates, and aluminum zinc steel plates.

c. Anti-Litter Netting

Fallen leaves and pieces of bark on the ground produce leaf litter. Mainly strong winds generate large amounts of leaf litter. This litter helps to grow dirt and disease in livestock and animal farm areas. So it’s essential to escape from the problem.

You can protect the leaves with wind protection by putting an anti-litter net. Anti-litter netting is mostly used on the metal mount frame. It will keep secure your tree’s canopy. These frames are 3-5 meters tall. An anti-litter net will help you to protect your tree from harsh winds and keep plant leaves from littering.

 Basic Guidelines

Whenever comes to buying something design and color come first. At the same time, when it comes to the fence; purely color design, as well as many agricultural tech specifications, needs to be put on the priority list.

Complete Guide to Agricultural Windbreak Netting
Complete Guide to Agricultural Windbreak Netting

 Buying Guide for Windbreak Netting

As earlier said, technical specifications came first when we talk about any netting product. You need to consider the right size, weight, and material for your needs.

a) Right Size:

Right Size agricultural Windbreak Netting
Right Size agricultural Windbreak Netting

You have to choose the right size according to your needs. Usually, windbreak Netting hole size varies from 2 to 4mm. How large size you need depends on terrain type and surface area, and also your surroundings requirements. For example, as If you are in a tropical or desert area you need a small size than others.

b) Weight:

Windbreak netting weight varies from 70 gm/m2 – 110 gm/m2. The weight of the netting depends on the required weaving hole size. As low it has a lower space of mesh, it would be larger on weight. So, you have to select the appropriate netting size and material, then automatically weight will be on the account.

c) Material You need:

i. High-Density polyethylene:

High-density polyethylene-made windbreak netting has excellent UV resistance good strength, good abrasion resistance, good chemical resistance, and reasonable cost as well.

ii. Polypropylene:

Polypropylene-made windbreaks Have reasonable UV resistance, good strength, moderate abrasion resistance, low cost, and good chemical resistance properties.

iii. Polyester:

The windbreak manufactured from high-density polyester has excellent UV, resistance, high strength, good abrasion resistance, and good chemical resistance. But it has a high manufacturing cost.

iv. Nylon:

Nylon-made windbreaks have reasonable UV resistance, high strength, good abrasion resistance, reasonable chemical resistance, tend to stretch and it is also costly.

Every material could be changed in its functional properties by adding additives material. But it will be costly and harmful to other properties as well. Special properties such as color, UV protection, fire retardancy, anti-elasticity, flexibility, durability, and tensile strength could be varied by the specific modifier.

d) Role of the Heavy Duty Net

Last but not least, you need to think about whether you want to add functional value to the garden windbreak netting or simply keep out livestock, animals, and birds and enclose your property.

You never want to be changing your heavy-duty net every one or two years, so take the time to consider all the different options carefully.

You can select from the most basic mesh windbreak netting up to high-end metal windbreak netting, the cost of windbreak fencing for gardens varies substantially. Check the gram per meter to compare the different options with suit your needs best.

Installation Tips

Windbreak netting needs to be secured with a fixed structure, such as poles or post & rail fences, security windbreak fencing for gardens, or other building structures. If you don’t have existing building structures then a basic fence should be built to ensure your windbreak netting remains securely in place for years. If do it appropriately your windbreak netting serves wind protection and improves your livestock farm, garden’s environment & growing conditions.

There are two appropriate ways to install your windbreak net easily. Here are the detailed windbreaks installations ideas for each approach area:

a) Approach with Pole Building Structures

Poles need to be Buried or point-blank into the soil and preferably set into a concrete base (fill 80cm X 1m deep)

Interspaces: maximum 3m

Pole dimensions:

  • 8cm x 2m for 1-meter height
  • 10cm x 2.5m for 1.5-meter net height.
  • 12cm x 3m for 2-meter net height.

Height of Poles:

  • 1 m High Wind Block: 1.3m Poles.
  • 1.5 m High Wind Block: 1.8m Poles.
  • 2 m High Wind Block: 2.4m high Poles.

ii. Mark on every 1-1.5 m on the first and last pole near the polyester eyelets affixed to indicate where the cables have to be attached.

Spacing of Your Poles:

  • 1 m High Wind Block: Poles should be 2m apart
  • 1.5 m High Wind Block: Poles should be 1.5m apart
  • 2 m High Wind Block: Poles should be 1.5m apart

iii. The netting needs to be entirely rolled out on the ground and the tension cables would be passed through the polyester eyelets. 3 mm galvanize coated steel wire or polyester ropes are to be used as tension cables.

  1. The netting would be folded like a curtain. Then the various cables need to attach to the first pole.
  2. The loose end of the superior wire is tensioned by means of a tackle and fixed to the last pole. This action is repeated for the other wire as well.
  3. Then the windbreaks are nailed to the first pole by a hammer. Then, the netting is unfolded over the wires up to the next pole and nailed down.

vii. The netting eyelets will be attached to the first and last pole by cable ties. The cable ties need to be placed around the pole, importantly passed through the polyester eyelets closest to the pole and tightened.

viii. And lastly, the higher and lower wire have to nail to all poles with staples.

b) Approach with Net Wire Fencing

The windbreaks are completely unfolded on a clean surface.

A polyethylene or steel wire is passed through the higher row of polyester eyelets. An identical rope needs to pass through the middle to increase strength. and lastly lower row of eyelets.

The side of the windbreaks is turned around the first pole once. Then the three wires are looped around the pole several times and tied.

The netting is tightened over the wires. The end of the windbreaks is turned around the last pole. The higher wire is looped around the pole, tensioned and tied. Then the action would be repeated for the middle and lower wires.

For every 8 eyelets, the tension ropes have to attach to the wire mesh and each pole by cable ties at least.

Tips for Maintaining Your Windbreak

Of course, you have to take care of your netting to sustain for the decades. Here are some ideas for maintaining your windbreak netting:

  1. Never install windbreaks netting on a windy day: The long, thin windbreaking could be susceptible to entangling and knotting if not handled well. And in bad weather, it will be difficult to handle and install the netting.
  2. Handle your Net Correctly: After buying the windbreak netting, you need to make sure to install it correctly. People are often careless with the installation, which may result in a tangled and disorganized mesh.
  3. Wash Your Netting before Use: Let your windbreaks soak overnight in a solution of fresh water and fabric softener prior to using it for the first time. It will relax the netting from tight packaging, and smooth and lubricate the monofilament netting. Windbreaks can also be soaked in this same solution after a season end and need to replace in another place.
  4. Always check the windbreak netting to detect possible deterioration: The cracks in poles; at the end of the day may weaken the whole structure and reduce its ability to function. This is a simple fundamental point in the maintenance of a safety windbreak netting. Remove all objects such as bark, leaf litter, and other dirt that have fallen into the netting. It is crucial to proceed with the removal of all elements that may have fallen into your netting.
  5. Check Ties are hooked properly: Make sure that the attaching ties hang in perfect condition. And maintain their function, preventing the netting from being accidentally unhooked. In addition, it is important to check that these ties are not rusted or deformed.
  6. Never expect any maintenance: Although the windbreaks offer no maintenance-free service. But it needs also maintenance like anything else. The windbreak netting could deteriorate over time, by wind, rain, hail, snow, and plants as well. It will be allowing pests and insects to easily make their way in. To get a long-lasting result you have to carry out regular maintenance.

Benefits of Using Windbreak Netting

  • Reduces the impact of wind on your crop.
  • Helps retain soil moisture.
  • Prevents soil erosion.
  • Acts as a physical barrier to protect your crops.
  • Helps with pest control.
  • Prevents diseases from spreading.
  • Acts as a sound barrier.
  • Improves the quality of life in your surrounding area.
  • OverallReduces cost of production.
Advantages of WindBreaking

 Disadvantege of Using Windbreak Netting

  1. Expensive to install and maintain.
  2. Requires a lot of space to work.
  3. Can block some light for your crops.
  4. Can be a hazard if used incorrectly.
  5. Requires a lot of maintenance.
  6. Can only protect your crops from the wind; Can’t protect your crops from rain or sunlight.

FAQs

How do you erect a windbreak netting?

The appropriate way to erect the windbreak netting is to stretch the netting to its full size. Then find all the corners to ensure the right side of the netting is up. Always remember, if you start the procedure with patience, then the end results would be organized.

How effective is windbreak netting?

Effective windbreak netting can reduce wind speed from 30% to 50%. It will provide enough protection for plants, crops, and gardens from sun, wind, hail, heavy rain, and drifting snow as well.

Monofilament windbreak netting is supplied with fixing eyelets at the top and bottom of each roll. The windbreak fencing netting can easily be fixed to timber posts, straining line wire, cladding and other systems to produce a very strong and effective windbreak.

Does mesh stop wind?

Yes, Bad weather-resistant windbreaking mesh netting is made of weaving polypropylene or polyethene monofilament materials. Both of them are enough resistant to wind, sun, rain, snow, hail, and dust air.

Can You wash your windbreaks with soaps? 

Yes, You can but, never use harsh soap, detergents, or chemicals to clean a monofilament-made windbreak netting. soaps can remove the oils and petroleum in netting. But plastic windbreak netting is made from monofilament which is a petroleum-based product. Therefore, harsh soap and detergents could be making it brittle and weak.

What are the benefits of windbreak netting?

Flexible windbreak netting is the unique technology to protect livestock, areas animals, pets, crops, green gardens, and greenhouses from harmful wind, hail, snow, storm, and other natural hazards. It can protect your crops, plants, fruit trees, nurseries, beaches, farming animals, and gardens.

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Final Words

Putting up an agricultural windbreak netting is a great way to protect your crops from the damaging effects of wind, rain, and sunlight. Investing in good quality netting, installing it correctly, and maintaining it will help to protect your crops from the harmful effects of these weather conditions.

If you’re growing crops that are vulnerable to wind damage or you want to protect your crops from the harmful effects of rain, then a windbreak is an excellent way to go. Above all, windbreak netting is a great way to protect your crops from the damaging effects of wind, rain, and sunlight. These methods help to reduce soil erosion, increase soil productivity, and make growing your crops easier.

Md Mahedi Hasan
Md Mahedi Hasan

About the author

This is Mahedi Hasan, a Textile Engineer, as well as a textile content writer, and web designer. My department is Apparel Engineering. I have studied in B.Sc. in Textile Engineering from Textile Engineering College, Noakhali (TECN). I am passionate about content writing. That's why I established this website to enhance my Textile Blogging skills.

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